#pragma once
-/** XLine is the base class for ban lines such as G lines and K lines.
+/** XLine is the base class for ban lines such as G-lines and K-lines.
* Modules may derive from this, and their xlines will automatically be
* handled as expected by any protocol modules (e.g. m_spanningtree will
* propogate them using AddLine). The process of translating a type+pattern
}
/** Change creation time of an xline. Updates expiry
- * to be after the creation time
+ * to be after the creation time.
*/
virtual void SetCreateTime(time_t created)
{
virtual void Unset() { }
/** Called when the expiry message is to be displayed for the
- * line. Usually a line in the form 'expiring Xline blah, set by...'
+ * line. Usually a line in the form 'expiring X-line blah, set by...'
* see the DisplayExpiry methods of GLine, ELine etc.
*/
virtual void DisplayExpiry();
* e.g. '*\@foo' or '*baz*'. This must always return the full pattern
* in a form which can be used to construct an entire derived xline,
* even if it is stored differently internally (e.g. GLine stores the
- * ident and host parts seperately but will still return ident\@host
+ * ident and host parts separately but will still return ident\@host
* for its Displayable() method).
*/
virtual const std::string& Displayable() = 0;
{
public:
- /** Create a K-Line.
+ /** Create a K-line.
* @param s_time The set time
* @param d The duration of the xline
* @param src The sender of the xline
class CoreExport GLine : public XLine
{
public:
- /** Create a G-Line.
+ /** Create a G-line.
* @param s_time The set time
* @param d The duration of the xline
* @param src The sender of the xline
class CoreExport ELine : public XLine
{
public:
- /** Create an E-Line.
+ /** Create an E-line.
* @param s_time The set time
* @param d The duration of the xline
* @param src The sender of the xline
class CoreExport ZLine : public XLine
{
public:
- /** Create a Z-Line.
+ /** Create a Z-line.
* @param s_time The set time
* @param d The duration of the xline
* @param src The sender of the xline
class CoreExport QLine : public XLine
{
public:
- /** Create a G-Line.
+ /** Create a Q-line.
* @param s_time The set time
* @param d The duration of the xline
* @param src The sender of the xline
virtual ~XLineFactory() { }
};
-/** XLineManager is a class used to manage glines, klines, elines, zlines and qlines,
+/** XLineManager is a class used to manage G-lines, K-lines, E-lines, Z-lines and Q-lines,
* or any other line created by a module. It also manages XLineFactory classes which
* can generate a specialized XLine for use by another module.
*/
*/
IdentHostPair IdentSplit(const std::string &ident_and_host);
- /** Checks what users match e:lines and sets their ban exempt flag accordingly.
+ /** Checks what users match E-lines and sets their ban exempt flag accordingly.
*/
void CheckELines();
/** Delete an XLine
* @param hostmask The xline-specific string identifying the line, e.g. "*@foo"
* @param type The type of xline
+ * @param reason The xline reason, if it is being removed successfully
* @param user The user removing the line or NULL if its the local server
* @param simulate If this is true, don't actually remove the line, just return
* @return True if the line was deleted successfully
*/
- bool DelLine(const char* hostmask, const std::string &type, User* user, bool simulate = false);
+ bool DelLine(const char* hostmask, const std::string& type, std::string& reason, User* user, bool simulate = false);
/** Registers an xline factory.
* An xline factory is a class which when given a particular xline type,
* will generate a new XLine specialized to that type. For example if you
- * pass the XLineFactory that handles glines some data it will return a
+ * pass the XLineFactory that handles G-lines some data it will return a
* pointer to a GLine, polymorphically represented as XLine. This is used where
* you do not know the full details of the item you wish to create, e.g. in a
* server protocol module like m_spanningtree, when you receive xlines from other
/** Expire a line given two iterators which identify it in the main map.
* @param container Iterator to the first level of entries the map
* @param item Iterator to the second level of entries in the map
+ * @param silent If true, doesn't send an expiry SNOTICE.
*/
- void ExpireLine(ContainerIter container, LookupIter item);
+ void ExpireLine(ContainerIter container, LookupIter item, bool silent = false);
/** Apply any new lines that are pending to be applied.
* This will only apply lines in the pending_lines list, to save on
*/
void InvokeStats(const std::string& type, unsigned int numeric, Stats::Context& stats);
- /** Clears any XLines which were added by the server configuration. */
- void ClearConfigLines();
+ /** Expire X-lines which were added by the server configuration and have been removed. */
+ void ExpireRemovedConfigLines(const std::string& type, const insp::flat_set<std::string>& configlines);
};